AI驱动的设计应用
车牌照明系统设计中,如何用LucidShape照明仿真方法进行光度学标准的开发
Read the latest research on registration plate lamps design for vehicles. Authors have addressed the challenges of achieving wide and steep angles for homogeneous illumination, with various lamp systems benchmarked. LucidShape software was instrumental in evaluating optical concepts. (Image credit: CREAT)
阅读关于车辆牌照灯设计的最新研究。文章中作者探讨了当面临的宽广和陡峭照明角度时如何实现均匀照明的挑战,并对各种照明系统进行了比较分析。LucidShape软件在评估光学概念方面发挥了重要作用。 (图片来源: CREAT)
Creating an accurate refractive bi-directional scattering distribution function (BSDF) model in software that closely matches the performance of mold textures poses challenges on many fronts – from correctly measuring a sample to building the BSDF model in the software. LightTools, LucidShape, and LucidShape CAA V5 Based all provide a Microfacet BSDF model that allows you to create a refractive BSDF that correlates well to measurement. Synopsys also provides the Microfacet Utility to help you use measurements to create a Microfacet BSDF model of your textures. An updated version of the Microfacet Utility is now available on SolvNetPlus for download.
要想通过软件中创建一个与实物模具纹理性能极度接近的精确折射双向散射分布函数(BSDF)模型,是一件极具挑战性的工作,因为正确测量样品并在软件中构建BSDF模型都存在难度。。而 LightTools、LucidShape和LucidShape CAA V5均提供微表面BSDF模型,可帮助用户创建与实际测量高度相关的折射BSDF。此外,新思科技提供了Microfacet Utility,支持使用测量数据生成纹理的微表面BSDF模型。最新版本已在SolvNetPlus上发布。
仅需一小时,带您了解更多软件知识:
仅限软件维护期内用户登录 SolvNetPlus 观看视频。